Several boundary conditions, involving different physical and experimental assumptions of the flow were used to solve the partial differential equation that describes the flow behaviour.
Scarpa et al. [26] argue that efficiency comparison across the orthogonal and efficient designs is not meaningful unless the D-error measurement accounts for the different experimental design assumptions.
In our experimental topology this assumption was always found true [24].
In addition to the abovementioned experimental methods, this assumption was based on the data of elemental analysis and theoretical estimates.
Based on these experimental data, an assumption was made about the homogeneity of EPS continuum in mutually perpendicular planes with respect to its deformability and strength under tension.
The calculations of magnetization curve for magnetic liquid based on single-domain Fe3O4 in the framework of Langeven's paramagnetism theory match satisfactorily to the experimental results in assumption that saturation magnetization of magnetite particles depends on their sizes.
Since the temperature distributions predicted from the non-preheated and preheated models having thickness of 150 mm are well matched with the experimental results, the assumption can be considered as acceptable.
From an experimental perspective, this assumption is true because no 1-methylpyrrolidine was detected in the entire range of tobacco pyrolysis whereas significant amounts of pyridine was detected, Fig. 5, vide supra.
To clarify such assumption, experimental results of best selections for Peppers, Baboon, and Splash under JPEG2000 attack are listed in Table 9 and it is true that there exist multiple equilibrium conditions.
While supported by several other independent experimental evidences, this assumption requires further scrutiny.
